Symbolic IO Appoints Rob Peglar as Chief Technology Officer

7/13/16

Symbolic IO™, the developer of the industry's first computational-defined storage solution, IRIS™ (Intensified RAM Intelligent Server), today announced that Rob Peglar, formerly Vice President, Advanced Storage at Micron Technology (NASDAQ: MU), has joined the startup's executive team as Senior Vice President and Chief Technology Officer (CTO).

"My vision when founding Symbolic IO was simple – create a new method to actually solve today's challenges instead of incrementally building on an archaic and flawed approach. When Rob approached us about joining the company, it reinforced the fact that some of the most respected thought leaders in this industry recognize the revolutionary nature of what Symbolic IO is about to bring to market. Rob shares the belief that the industry has run its course on today's compute and storage models and it's time to reinvent the way we approach how compute, storage, and networking works," said Brian Ignomirello, Founder and CEO, Symbolic IO. "We are excited to have an executive like Rob being on the front lines to help further illustrate and educate customers on how to solve real business challenges with IRIS™ technology."

"What Symbolic IO is doing, is quite frankly, the most innovative approach to stored data in 20 years, with huge implications on compute and how we architect systems in general and distributed systems in particular, " said Peglar. "It's not every day that a company comes along with a truly innovative and new technology. What Symbolic IO is doing is a once-in-a-generation, breakthrough approach to the problem of optimally storing and using data for efficient computation. Just like all the major players got their start, we've created new category called computational defined storage."

The company's IRIS™ product is currently offered in three variations: IRIS COMPUTE®, IRIS VAULT® and IRISSTORE®.

About Symbolic IO

Symbolic IO is the first computational defined storage solution solely focused on advanced computational algorithmic compute engine, which materializes and dematerializes data – effectively becoming the fastest, most dense, portable and secure, media and hardware agnostic – storage solution.